CN208978021U - A kind of cold segmenting device of nanometer crystal alloy material - Google Patents

Abstract

The utility model discloses a kind of cold segmenting devices of nanometer crystal alloy material, belong to cold segmenting device field, its key points of the technical solution are that, including casing, objective table and oscillation cone, the bottom interior wall of casing is fixedly connected there are four bumper post, the inside of casing is fixedly connected with driver plate, the left and right sides of driver plate is connected together and has fluted disc, guide pad is connected in the middle part of driver plate, the lower end of guide pad is fixedly connected with cold divider, the lower part of cold divider is fixedly connected with connecting pin, the lower part of connecting pin, which is connected together, water knife, the inside of water knife is fixedly connected with oscillation cone.It is not high to solve water knife pressure, and the problem of causing segmentation to be easy to happen flash, effectively raise the yields of nanometer crystal alloy cutting, nanometer crystal alloy material can be limited, vertical displacement occurs, effectively raise convenience when segmentation nanometer crystal alloy material, the problem of solving cold divider to be easy to be shaken, and causing segmentation quality decline.

Description

A kind of cold segmenting device of nanometer crystal alloy material

Technical field

The utility model relates to cold segmenting device field, in particular to a kind of cold segmenting device of nanometer crystal alloy material.

Background technique

The cold segmenting device of nanometer crystal alloy material be it is a kind of avoid when dividing nanometer crystal alloy material generate high temperature Device can be split nanometer crystal alloy material by water knife, so that the warming that cutting procedure is not violent, thus It avoids high temperature variation and causes that nanometer crystal alloy material is caused to be lost, but segmentation is easy to happen flash, so that receiving The yields decline of rice peritectic alloy cutting, nanometer crystal alloy material are easy the clamping connection block that slips away, and it is nanocrystalline to be unable to reach raising segmentation Convenience when alloy material, cold divider can not be moved, so that segmentation low efficiency, cold divider is easy to be shaken It is dynamic, and cause segmentation quality decline.

Authorization Notice No. is that the Chinese patent of CN207387468U discloses a kind of novel water-jet cutting machine, including rack, The portable handset for the side of being mounted on the rack, so that it is more intuitive and accurate to retouch side, is led to by installing laser aid additional on water knife Cross portable handset can with controlling equipment carry out loading and unloading, cutting when cutting speed and in real time adjustment hydraulic pressure pressure, But segmentation is easy to happen flash, so that the yields decline of nanometer crystal alloy cutting, nanometer crystal alloy material are easy the folder that slips away Block is connect, convenience when improving segmentation nanometer crystal alloy material is unable to reach, cold divider can not be moved, so that segmentation Low efficiency, cold divider is easy to be shaken, and causes segmentation quality decline.

Utility model content

In view of the deficienciess of the prior art, the purpose of the utility model is to provide cold point of a kind of nanometer crystal alloy material The problem of cutting device, it is not high to solve water knife pressure, and segmentation is caused to be easy to happen flash, effectively raises nanometer crystal alloy The yields of cutting can limit nanometer crystal alloy material and vertical displacement occurs, solve nanometer crystal alloy material and be easy to slip away The problem of clamping connection block, effectively raises convenience when segmentation nanometer crystal alloy material, and solving cold divider can not be into Row movement, and the problem of dividing efficiency decline is caused, the stability of casing internal structure is improved, cold divider is solved and is easy The problem of being shaken, and causing segmentation quality decline, so that the water of outflow water chamber has high pressure, to effectively improve The efficiency of high pressure waterjet.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of nanometer crystal alloy material Material cold segmenting device, including casing, objective table and oscillation cone, the bottom interior wall of the casing be fixedly connected there are four buffering Column, the inner wall of the casing are fixedly connected with objective table, and the external wall of upper portion of the objective table is fixedly connected with hydraulic cylinder, the loading The external wall of upper portion of platform is closely fitted with telescopic shaft pole, and one end of the telescopic shaft pole is fixedly connected with the hydraulic cylinder, the other end It is fixedly connected with clamping connection block, the inside of the casing is fixedly connected with driver plate, and the left and right sides of the driver plate engages company It is connected to fluted disc, guide pad is connected in the middle part of the driver plate, the lower end of the guide pad is fixedly connected with cold divider, institute The lower part for stating cold divider is fixedly connected with connecting pin, and the lower part of the connecting pin, which is connected together, water knife, the water knife it is interior Portion is fixedly connected with oscillation cone.

Further, water chamber is fixedly connected in the middle part of the inner wall of the water knife, and the water chamber and oscillation cone connect It is logical.

Further, the lower part outer wall of the objective table is fixedly connected with catch basin, and the catch basin is in " round table-like " Structure is fixedly connected with water circulating pump on the right side of the catch basin.

Further, the water circulating pump is fixedly connected with weep hole far from the side of catch basin, and the weep hole Outer wall is equipped with dust-proof mesh, and being connected together in the middle part of the fluted disc has driving shaft.

Further, the cold segmenting device runs through far from the side of water circulating pump is connected with gas-guide tube, the cold segmentation Device runs through close to the side of water circulating pump is connected with water inlet pipe.

Further, the external wall of upper portion of the casing is fixedly connected with booster pump, and the booster pump is connected to gas-guide tube, The casing external wall of upper portion is fixedly connected with sink far from the side of booster pump, and the sink is connected to water inlet pipe.

Further, the bottom of the casing is fixedly connected there are four universal wheel, and four universal wheels are uniformly arranged In the surrounding of bottom of shell.

Further, the square outer wall of the casing is fixedly connected with panel, and the square outer wall of the casing is far from panel Side be rotatably connected to chamber door.

In conclusion the utility model has the following beneficial effects:

1, the cold segmenting device of this kind of nanometer crystal alloy material is fixedly mounted oscillation cone in the inside of water knife, passes through vibration Swinging cone enables to the water for flowing into water knife to be vortexed, and has achieved the effect that promote water flow dynamic pressure, so that increasing Water knife sprays the pressure of water, and it is not high to solve water knife pressure, and causes to divide the problem of being easy to happen flash, effectively raises The yields of nanometer crystal alloy cutting.

2, the cold segmenting device of this kind of nanometer crystal alloy material is fixedly connected in one end of telescopic shaft pole with hydraulic cylinder, separately One end is fixedly connected with clamping connection block, pushes clamping connection block mobile by telescopic shaft pole, so as to be able to carry out clamping nanocrystalline for clamping connection block Nanometer crystal alloy material is carried out held tight to reach by alloy material, effectively raises the cutting of nanometer crystal alloy material When stability, and clamping connection block far from telescopic shaft pole side outer wall be in " arc " structure, nanometer crystal alloy material can be limited Vertical displacement occurs for material, solves the problems, such as that nanometer crystal alloy material is easy the clamping connection block that slips away.

3, the cold segmenting device of this kind of nanometer crystal alloy material installs guide pad in the middle part activity of driver plate, by leading Engage to block with driver plate, thus during driver plate is mobile, so that guide pad is able to carry out driven, enables to cold point Cutter is moved, thus convenience when effectively raising segmentation nanometer crystal alloy material, solving cold divider cannot The problem of enough being moved, and causing segmentation efficiency decline.

4, the cold segmenting device of this kind of nanometer crystal alloy material, the bottom interior wall of casing be fixedly connected there are four buffering Column can reduce chassis axial displacement by bumper post, to carry out bumper and absorbing shock, effectively mention when casing shakes The high stability of casing internal structure, the problem of solving cold divider and be easy to be shaken, and cause segmentation quality decline.

5, the cold segmenting device of this kind of nanometer crystal alloy material is fixedly connected with booster pump in the external wall of upper portion of casing, and Booster pump is connected to gas-guide tube, is able to carry out by booster pump to the water pressurization inside cold divider, so that outflow water chamber Water has high pressure, to effectively raise the efficiency of high pressure waterjet.

Detailed description of the invention

Fig. 1 is the overall structure figure of the utility model；

Fig. 2 is the casing internal structure chart of the utility model；

Fig. 3 is enlarged drawing at the A of the utility model；

Fig. 4 is the cold segmenting device structure chart of the utility model；

Fig. 5 is the water knife internal structure chart of the utility model.

In figure, 1, casing；101, booster pump；102, chamber door；103, bumper post；104, universal wheel；105, panel；106, water Slot；107, driver plate；108, driving shaft；109, fluted disc；2, objective table；201, catch basin；202, water circulating pump；203, hydrophobic Hole；204, hydraulic cylinder；205, telescopic shaft pole；206, clamping connection block；3, cold divider；301, guide pad；302, gas-guide tube；303, into Water pipe；304, water knife；3041, cone is vibrated；3042, water chamber；305, connecting pin.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of cold segmentation dress of nanometer crystal alloy material It sets, including casing 1, objective table 2 and oscillation cone 3041, the bottom interior wall of casing 1 are fixedly connected there are four bumper post 103, lead to Crossing bumper post 103, can to reduce casing 1 axially displaced, to carry out bumper and absorbing shock, effectively raises 1 internal structure of casing Stability, the inner wall of casing 1 are fixedly connected with objective table 2, and the external wall of upper portion of objective table 2 is fixedly connected with hydraulic cylinder 204, objective table 2 external wall of upper portion is closely fitted with telescopic shaft pole 205, and one end of telescopic shaft pole 205 is fixedly connected with hydraulic cylinder 204, the other end It is fixedly connected with clamping connection block 206, and side outer wall of the clamping connection block 206 far from telescopic shaft pole 205 is in " arc " structure, by flexible Shaft 205 pushes clamping connection block 206 mobile, so that clamping connection block 206 is able to carry out clamping nanometer crystal alloy material, so that reaching will receive Rice peritectic alloy material carries out held tight, effectively raises the stability when cutting of nanometer crystal alloy material, and clamping connection block Side outer wall far from telescopic shaft pole 205 is in " arc " structure, can limit nanometer crystal alloy material and vertical displacement occurs, solve Nanometer crystal alloy material be easy to slip away clamping connection block 206 the problem of, the inside of casing 1 is fixedly connected with driver plate 107, driver plate 107 left and right sides, which is connected together, fluted disc 109, and fluted disc 109 is in " annular " structure, and the middle part activity of driver plate 107 connects It is connected to guide pad 301, is engaged by guide pad 301 with driver plate 107, thus during driver plate 107 is mobile, so that leading It is able to carry out to block 301 driven, enables to cold divider 3 to be moved, to effectively raise segmentation nanometer crystal alloy Convenience when material, the lower end of guide pad 301 are fixedly connected with cold divider 3, and the lower part of cold divider 3 is fixedly connected with connection End 305, the lower part of connecting pin 305, which is connected together, water knife 304, and the inside of water knife 304 is fixedly connected with oscillation cone 3041, leads to Crossing oscillation cone 3041 enables to the water for flowing into water knife 304 to be vortexed, and has achieved the effect that promote water flow dynamic pressure, thus So that increasing the pressure that water knife 304 sprays water, it is not high to solve 304 pressure of water knife, and cutting is caused to be easy to happen flash Problem effectively raises the yields of nanometer crystal alloy cutting.

Further, water chamber 3042, and water chamber 3042 and oscillation cone are fixedly connected in the middle part of the inner wall of water knife 304 3041 connections by water chamber 3042 and vibrate cone 3041 on the same axis, the water of high pressure can be facilitated smoothly to export.

Further, the lower part outer wall of objective table 2 is fixedly connected with catch basin 201, and catch basin 201 is in " round table-like " knot Structure, the right side of catch basin 201 are fixedly connected with water circulating pump 202, by can will not in the catch basin 201 of " round table-like " structure Water centralized collection with pressure, and the water inside catch basin 201 can be discharged to by casing 1 by water circulating pump 202 It is external.

Further, water circulating pump 202 is fixedly connected with weep hole 203, and weep hole far from the side of catch basin 201 203 outer wall is equipped with dust-proof mesh, and the middle part of fluted disc 109, which is connected together, driving shaft 108, can be convenient for by weep hole 203 Water export inside casing 1, and the outer wall of weep hole 203 is equipped with dust-proof mesh, can effectively avoid dust from entering casing 1 Inside.

Further, cold divider 3 runs through far from the side of water circulating pump 202 is connected with gas-guide tube 302, cold divider 3 It side close to water circulating pump 202, can be by the high pressure gas of booster pump 101 by gas-guide tube 302 through water inlet pipe 303 is connected with Body imports in cold divider 3, and the water in sink 106 can be imported cold divider 3 by water inlet pipe 303.

Further, the external wall of upper portion of casing 1 is fixedly connected with booster pump 101, and booster pump 101 and gas-guide tube 302 connect Logical, 1 external wall of upper portion of casing is fixedly connected with sink 106 far from the side of booster pump 101, and sink 106 and water inlet pipe 303 connect It is logical, it is able to carry out by booster pump 101 to the water pressurization inside cold divider 3, so that the water of outflow water chamber 1042 has height Pressure to effectively raise the efficiency of high pressure waterjet, and is able to carry out sink 106 to water by water inlet pipe 303 Knife 304 provides continuous water.

Further, the bottom of casing 1 is fixedly connected there are four universal wheel 104, and four universal wheels 104 are uniformly arranged The surrounding of 1 bottom of casing, is moved by universal wheel 104, and casing 1 is enabled to be moved to arbitrary job site, thus Increase the convenience of the carrying of casing 1.

Further, the square outer wall of casing 1 is fixedly connected with panel 105, and the square outer wall of casing 1 is far from panel 105 Side be rotatably connected to chamber door 102, be able to carry out integrally to regulate and control 1 internal structure of casing by panel 105, and by beating Unpacking door 102 can be by the inside for being placed on casing 1 of nanometer crystal alloy material.

Working principle: firstly, chamber door 102 is opened, so that nanometer crystal alloy material is placed between clamping connection block 206, then, Push telescopic shaft pole 205 flexible by liquid cylinder 204, so that clamping connection block 206 is able to carry out clamping nanometer crystal alloy material, It is clamped nanometer crystal alloy material by clamping connection block 206, nanometer crystal alloy material is subjected to held tight to reach, improves and receives Stability when rice peritectic alloy material cutting, and side outer wall of the clamping connection block 206 far from telescopic shaft pole 205 is tied in " arc " Structure can limit nanometer crystal alloy material and vertical displacement occurs, solve nanometer crystal alloy material and be easy the clamping connection block 206 that slips away And then problem is rotated by secondary motor drive shaft 108, so that fluted disc 109 can be driven, driven fluted disc 109 It drives driver plate 107 to rotate, is engaged by guide pad 301 with driver plate 107, to make during driver plate 107 is mobile Guide pad 301 is able to carry out driven, cold divider 3 can be moved, to improve segmentation nanometer crystal alloy material When convenience, then, water in sink 106 is imported in cold divider 3 by water inlet pipe 303, and is given by booster pump 101 Water inside cold divider is pressurized, and the water with high pressure is transferred in water knife 304 by cold divider 3, passes through setting Oscillation cone 3041 inside water knife 304 enables to the water for flowing into water knife 304 to be vortexed, and has reached promotion water flow dynamic pressure It is not high to solve water knife pressure so that increasing the pressure that water knife 304 sprays water for the effect of power, and cutting is caused to be easy The problem of flash occurs, finally, the water being split, by 201 centralized collection of catch basin, water circulating pump 202 and catch basin 201 connect, and allow the water to the outside that casing 1 is discharged to by weep hole 203.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of cold segmenting device of nanometer crystal alloy material, including casing (1), objective table (2) and oscillation cone (3041), Be characterized in that: the bottom interior wall of the casing (1) is fixedly connected there are four bumper post (103), and the inner wall of the casing (1) is fixed Connect objective table (2), the external wall of upper portion of the objective table (2) is fixedly connected with hydraulic cylinder (204), the objective table (2) it is upper Portion's outer wall is closely fitted with telescopic shaft pole (205), and one end and the hydraulic cylinder (204) of the telescopic shaft pole (205) are fixed to be connected It connects, the other end is fixedly connected with clamping connection block (206), and the inside of the casing (1) is fixedly connected with driver plate (107), the biography The left and right sides of movable plate (107), which is connected together, to be had fluted disc (109), is connected with guiding in the middle part of the driver plate (107) The lower end of block (301), the guide pad (301) is fixedly connected cold divider (3), and the lower part of the cold divider (3) is fixed to be connected It is connected to connecting pin (305), the lower part of the connecting pin (305) is connected together and has water knife (304), the inside of the water knife (304) It is fixedly connected with oscillation cone (3041).

2. a kind of cold segmenting device of nanometer crystal alloy material according to claim 1, it is characterised in that: the water knife (304) it is fixedly connected with water chamber (3042) in the middle part of inner wall, and the water chamber (3042) is connected to oscillation cone (3041).

3. a kind of cold segmenting device of nanometer crystal alloy material according to claim 1, it is characterised in that: the objective table (2) lower part outer wall is fixedly connected with catch basin (201), and the catch basin (201) is in " round table-like " structure, the catch basin (201) water circulating pump (202) are fixedly connected on the right side of.

4. a kind of cold segmenting device of nanometer crystal alloy material according to claim 3, it is characterised in that: the recirculated water Pump (202) is fixedly connected with weep hole (203) far from the side of catch basin (201), and the outer wall of the weep hole (203) is equipped with Dust-proof mesh, being connected together in the middle part of the fluted disc (109) has driving shaft (108).

5. a kind of cold segmenting device of nanometer crystal alloy material according to claim 3, it is characterised in that: the cold segmentation Side of the device (3) far from water circulating pump (202) is through being connected with gas-guide tube (302), and the cold divider (3) is close to water circulating pump (202) side, which is run through, is connected with water inlet pipe (303).

6. a kind of cold segmenting device of nanometer crystal alloy material according to claim 5, it is characterised in that: the casing (1) external wall of upper portion is fixedly connected with booster pump (101), and the booster pump (101) is connected to gas-guide tube (302), the machine Shell (1) external wall of upper portion is fixedly connected with sink (106) far from the side of booster pump (101), and the sink (106) and water inlet pipe (303) it is connected to.

7. a kind of cold segmenting device of nanometer crystal alloy material according to claim 1, it is characterised in that: the casing (1) bottom is fixedly connected there are four universal wheel (104), and four universal wheels (104) are uniformly arranged in casing (1) bottom Surrounding.

8. a kind of cold segmenting device of nanometer crystal alloy material according to claim 1, it is characterised in that: the casing (1) square outer wall is fixedly connected with panel (105), and the square outer wall of the casing (1) is rotated far from the side of panel (105) It is connected with chamber door (102).